IEEE Transactions on Electromagnetic Compatibility Institutional Listings

A Comparison of Two Conformal Methods for FDTD Modeling - Electromagnetic Compatibility, IEEE Transactions on

Wo conformal finite-difference time-domain (FDTD) methods are considered, the contour path (CPFDTD) method of Jurgens et al. 141 and the overlapping grid (OGFDTD) method of Yee et al. [6]. Both TE and TM scattering from a two-dimensional (2-D), perfectly Conducting circular cylinder are used to test the accuracy of the methods for curved surfaces. Also, TE and TM scattering from a 244 perfectly...

On the Contribution of the Electromagnetic Field Components in Field-to-Transmission Line Interactio - Electromagnetic Compatibility, IEEE Transactions on

Based on the transmission line approximation, three different equivalent formulations have been proposed for evaluating the interaction between an external electromagnetic field and a transmission line. The difference among these “coupling” formulations, which are summarized for the case of a lossless line, lies essentially in the representation of the source terms as a function of the external...

Realistically Tilted and Truncated Anatomically Based Models of the Human Head for Dosimetry of Mobi - Electromagnetic Compatibility, IEEE Transactions on

Realistically tilted models of the human head have been developed to improve the accuracy of the numerical simulation of coupling between the human head and cellular telephones for the likely tilted positions of the antennas vis à vis the head. A “best fitting” technique is used to rotate an approximately 2 2 3 mm resolution model of the human head based on MRI scans of a male volunteer so that...

Ieee Transactions on Core Vlsi Ieee Transactions on Image Processing Ieee Transactions on Digital System Design Ieee Transactions on Testing Ieee Transactions on Communication Ieee Transactions on Low Power Vlsi

Ieee Transactions on Vlsi

| This paper presents new algorithms for the scheduling and allocation phases in high-level synthesis under time and resource constraints. This is achieved by formulating these problems in terms of Liapunov's stability theorem using a transformation technique between the design space and the dynamic system space. These algorithms are based on moves in the design space, which correspond to the m...